Turbo Mitsubishi Performance

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Characteristics of the “Performance” turbochargers range produced by Mitsubishi
 

Mitsubishi Compressor Characteristics

      Surge Choke Compressor  
Frame Compressor Max Boost, bar abs Min flow m3/s 2bar abs Max flow m3/s 2bar abs Inducer mm Exducer mm Power indication hp
TD025 04T4 3.1 0.025 0.08 26.6 40.0 50-100
TD025 06T4 2.9 0.025 0.09 29.0 40.0 60-130
TD025 07T 2.6 0.029 0.10 30.0 40.0 70-140
TD03 08G 2.6 0.033 0.12 34.1 44.0 80-155
TD03 10TK3 2.7 0.034 0.13 35.6 46.0 90-170
TD04 10T 2.7 0.040 0.14 35.5 49.0 110-190
TD04 12T 2.7 0.045 0.15 37.8 49.0 130-200
TD04 13T 2.8 0.046 0.16 38.3 51.0 140-220
TD04 14T 2.8 0.048 0.18 39.5 51.0 150-230
TD04H 15T 3.0 0.055 0.20 42.0 56.0 160-240
TD04H 15TK31 3.3 0.050 0.21 42.0 56.0 180-260
TD04H 16GK 3.1 0.063 0.20 43.4 56.0 170-260
TD04H 16T 3.0 0.056 0.21 43.4 56.0 200-270
TD04H 18T 3.0 0.054 0.22 45.0 58.0 220-290
TD04H 19T 3.0 0.050 0.22 46.0 58.0 230-300
TD04H 19TK3S 3.3 0.064 0.23 45.0 58.0 240-315
TD04H 20TK32S 3.3 0.064 0.24 47.0 58.0 250-330
TD05 16G 2.9 0.070 0.25 46.5 60.0 260-360
TD05H 16G6 3.5 0.080 0.28 48.3 68.0 270-380
TD06H 18G 2.9 0.080 0.25 50.3 68.0 300-400
TD06H 20G 2.9 0.090 0.30 52.6 68.0 300-430

 
 
 

Mitsubishi Turbine characteristics

Frame Turbine cm2
TD025M 2.3
TD025 2.7
TD03 4.8
TD03L4 4.9
TD04 5
TD04 6
TD04 7
TD04 8
TD04 8.5
TD04 10.5
TD04 11
TD05 6
TD05 7
TD05 8
TD05 9.8
TD05 10.5
TD06 8
TD06 12
TD06 14
TD06 16
Frame Diameter Exducer
TD025M 37 31.5
TD025 37 28
TD03 40 35.1
TD03L4 40 35.1
TF035 40 35.1
TD04 47 40.0
TD04L 47 41.2
TD04L6 47 41.2
TD04H 52 45.6
TD04HL 52 45.6
TD04HL4A 52 45.6
TD05 56 47.6
TD05H 56 49.1
TD06 65 55.2
TD06H 67 58.8
Sample Image

 
 
 

Mitsubishi line-up code explanation

P/N Model & Spec Actuator setting (Kpa),
P1@1m m P2@5m m
example: TD04(H)(L)(R)-08T-6.5
49S78-05100 TD05H-06*18G(8.0cm2) no actuator
Turbocharger:
T = Exhaust Gas Turbocharger   D = Turbo design series (not alphabetical)   04 = Turbine wheel frame size   H = Optional suffix for enlarged diameter
 
Compressor:
08 = Compressor size: At the highest efficiency on the compression line ratio   π = 2, the air flow is 0.08 m3/sec.   T = Compressor Wheel design type (not alphabetical)
 

 
Turbine:
L = Optional suffix for wheel width:   S = small   M = medium   L = large   R = Optional suffix for reverse rotation direction
 
6.5 = Turbine Housing throat area = 6.5 cm2 (this is the dimension A in A/R) or VG for Variable Geometry or total area plus suffix T/S for Twin Scroll housing
 
Hybrid Turbocharger
When using a Compressor wheel from an other Turbine series, it is called a hybrid Turbocharger, for example: TD04-04H*13T-6.5 T/S in this example a 13T compressor from the TD04H series is combined with a TD04 series turbine.
49S78-05170 TD05H-06*18G(8.0cm2) P1 = 50.7    P2 = 66.7
49S78-05180 TD05H-06*18G(10.0cm2) P1 = 50.7    P2 = 66.7
49S78-05190 TD05H-06*18G(8.0cm2) P1 = 100    P2 = 117.3
49S78-05300 TD05H-06*16G(10.0cm2) P1 = 100    P2 = 117.3
49S78-05210 TD05H-06*18G(8.0cm2) P1 = 87.5
49S78-05220 TD05H-06*18G(8.0cm2) P1 = 50.7    P2 = 66.7
49S78-05400 TD05H-06*18G(8.0cm2) P1 = 108
49S79-01160 TD06H-20G(8.0cm2) no actuator
49S79-01200 TD06-20G(8.0cm2) no actuator
49S79-01190 TD06H-20G(16.0cm2) no actuator
49S79-01230 TD06L2-20G(8.0cm2) no actuator
49S78-05120 TD05H-06*18G(10.0cm2) P1 = 50.7    P2 = 66.7

 

 

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